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Product Introduction
This EGR cooler is a high-efficiency heat exchanger specifically engineered for Ford Duratorq TDCi diesel engines. It is designed to significantly reduce Nitrogen Oxide (NOx) emissions and optimize combustion efficiency.
As a direct replacement for the original unit, it features a core cooling structure crafted from high-temperature resistant materials. This upgrade specifically addresses the common failure issue of cooler breakdown caused by thermal stress in these models.
Precision Fitment & Seamless Replacement
Design Standard: Strictly engineered according to the original structure of OEM numbers CK3Q9F464AB and 1807897.
Compatible Models: Ford Ranger (2011-Present), Ford Transit/Transit Custom, and Mazda BT-50 (equipped with 2.2L & 3.2L Duratorq TDCi engines).
Installation: Features precision-machined flange interfaces and superior sealing. It serves as a direct replacement for faulty original parts without modification, significantly reducing installation time.
High-Temperature Resistance & Corrosion Protection
Material Optimization: Addressing the high longevity standards of European and American markets, we utilize a premium Stainless Steel and Aluminum Alloy structure. Compared to standard cast iron, this offers superior resistance to thermal fatigue and acidic condensate corrosion.
Durability: Subjected to thermal shock testing simulating extreme conditions to ensure the structure remains deformation-free under high loads, such as towing or climbing.
Optimized Heat Exchange Efficiency
High Performance: The internal flow design is optimized with turbulence-inducing features to increase the heat exchange surface area. This rapidly reduces recirculated exhaust gas temperatures to the optimal range required by the ECU.
Benefits: Effectively lowers NOx emissions while protecting the engine intake system from excessive heat, maintaining stable power output.
Rigorous Quality Control
100% Leak Testing: Every cooler undergoes airtightness and pressure pulse testing before leaving the factory to eliminate leakage risks.
Cleanliness Standards: Compliant with ISO 4406 cleanliness specifications, ensuring the unit is free of burrs and debris to protect sensitive EGR valves and intake manifolds.Vehicle Compatibility
This product is primarily suitable for the following Ford and Mazda models equipped with Duratorq TDCi engines:
Technical Parameters
Product Uses
EGR Cooler for Ford & Mazda Diesel Engines
1. Heavy-Duty Towing & Payload Operations
Applicable Models: Ford Ranger PX / PK (2011-Present) & Mazda BT-50 (2012-Present)
In European and American markets, pickup trucks are frequently used for demanding tasks such as towing RVs, horse trailers, or hauling heavy payloads. Under these high-load conditions, engine exhaust gas temperatures can rise dramatically.
The Problem: Excessive heat can trigger the engine's "limp mode" (power reduction) to protect itself, or cause premature aging of the turbocharger.
Our Solution: Through highly efficient heat exchange, our cooler significantly reduces the temperature of exhaust gases entering the intake manifold. This ensures the engine maintains maximum torque output even during aggressive acceleration or long-distance uphill climbs, enhancing towing stability and performance.
2. Urban Commercial Use: Stop-and-Go Logistics & Transport
Applicable Models: Ford Transit / JMC V348
Whether used for city logistics in Europe or shuttle services in the US, these vehicles often operate in "Stop-and-Go" traffic, resulting in poor engine cooling conditions.
The Problem: Low-speed driving leads to carbon buildup and clogging within the EGR system due to insufficient cooling.
Our Solution: Our cooler provides stable cooling performance, lowering exhaust temperatures and reducing carbon particulate deposits on the EGR valve and intake manifold walls. This extends maintenance intervals and ensures high vehicle availability for commercial fleets.
3. Compliance with Strict EU/US Emission Regulations
Applicable Models: All vehicles equipped with Duratorq 2.2L/3.2L diesel engines.
Europe and North America enforce extremely stringent limits on NOx (Nitrogen Oxides) emissions for diesel vehicles.
The Problem: A decline in the efficiency of the factory cooler can lead to emission failures during annual inspections (MOT, TÜV, or Smog Check).
Our Solution: As a core emission control component, our cooler precisely regulates the temperature of recirculated exhaust gas. This helps the vehicle maintain low emission levels under OBD system monitoring, ensuring it passes annual environmental inspections with ease.
4. Performance Restoration for High-Mileage Vehicles
Applicable Models: Ford/Mazda diesel vehicles with over 100,000 miles.
Factory EGR coolers are prone to internal leaks (coolant entering the exhaust system) or external corrosion after long-term exposure to thermal stress.
The Problem: Common symptoms include frequent coolant loss ("running dry") or white smoke from the exhaust.
Our Solution: Crafted from corrosion-resistant stainless steel or aluminum alloy, our product is the perfect replacement for aging components. It fixes high-temperature issues, power loss, and coolant consumption caused by the failure of the original cooler.
Designed for vehicles equipped with 2.2L and 3.2L Duratorq TDCi engines (2011 - Present):
Ford Ranger (2011 - Present): Includes PX MkI, PX MkII, XL, XLS, XLT, Wildtrak, and the full range of pickup models.
Ford Transit (2013 - Present): Includes Transit Custom, Transit MK8, and other van platforms.
Mazda BT-50 (2011 - Present): Mazda pickup models built on the same platform as the Ford Ranger.
Product Operate Guide
1、Drain the Cooling System: Safely drain the engine coolant into a suitable container.
2、Remove the Old Cooler: Unbolt and carefully remove the old EGR cooler from the engine bay.
3、Replace Sealing Components: Always replace old gaskets and O-rings with new ones to ensure a perfect seal.
4、Install the New Cooler: Position and secure the new EGR cooler onto the engine.
5、Reconnect Hoses & Pipes: Reattach all necessary coolant lines and electrical connectors.
6、Refill and Bleed Air: Refill the system with fresh coolant and bleed out any trapped air.
7、Pressure Test & Inspection: Run the engine to operating temperature, check for leaks, and verify proper operation.
Frequently Asked Questions
Q1: What material is this cooler made of? Is it corrosion-resistant?
A: To cope with the rigorous road conditions and emission standards in Europe and the US, we utilize a Stainless Steel / Aluminum Alloy composite structure. This material not only offers higher thermal conductivity than standard cast iron but has also undergone specialized anti-rust treatment to withstand high-humidity and heavy road-salt environments common in Western markets. Its corrosion resistance significantly exceeds industry standards.
Q2: How do you solve the common issues of clogging or leaking in EGR coolers?
A: Clogging is typically caused by carbon buildup. Our cooler features an optimized internal tube bundle design that streamlines gas flow, significantly reducing "dead zones" where soot accumulates compared to traditional designs.
Furthermore, we employ premium welding and tube-sheet riveting technology. This ensures the unit will not crack or leak due to thermal stress during extreme hot-and-cold cycling. Our airtightness testing standards are strictly higher than OEM requirements.
Q3: My vehicle has low power and emits white smoke. Is this part broken? What should I note during replacement?
A: The symptoms you described are indeed classic signs of a failed EGR cooler. When the internal tubes rupture, coolant enters the combustion chamber, creating white steam (white smoke) and causing a drop in engine power.
Installation Recommendations:
Clean the Lines: When replacing the cooler, we strongly recommend cleaning the carbon deposits from the intake manifold and EGR valve. Otherwise, the new cooler may quickly become clogged by old soot.
Replace Gaskets: Always install new, high-quality gaskets or a repair kit to ensure a perfect seal.
Coolant Maintenance: After installation, be sure to refill with fresh coolant and bleed all air from the system to prevent overheating.
